Hong Kong Microtek plans to invest in LED chip factory in Guangzhou

On May 4th, Suigang Science and Technology Cooperation is making great achievements in Nansha, relying on the Hongkong University of Science and Technology LED high-power lighting chip and multi-chip module core technology, Hong Kong bred, the mainland development, and the international Hong Kong Micro-Crystal Advanced Optoelectronics Technology Co., Ltd. Investing 1 billion to build a high-power LED chip factory in Nansha will break the monopoly of multinational giants in LED core technology and save more than 30% of the cost for high-power rear-projection and large-function LED lighting companies in the Mainland.

HKUST has invested in LED core technology. Xiao Guowei, Managing Director of Hong Kong Microcrystalline Advanced Optoelectronics Technology Co., Ltd. disclosed the company's shareholding. He said that as a technologically innovative enterprise with core technology property rights in LED chip technology, especially in the field of high-power LED lighting, Micro-Crystal is undoubtedly the best example of Guangdong-Hong Kong technology cooperation.

Micro-Crystal was founded in Hong Kong in 2003 and entered Nansha, Guangzhou in 2006. It relies on the Hong Kong University of Science and Technology's Nansha Huo Yingdong Research Institute to develop in the Mainland. Now the company has cooperated with TCL in the field of high-power rear-projection lighting. Xiao Guowei It said that due to the international leading chip technology of microcrystals, the company has won the investment of the global optoelectronic giant, wafer optoelectronics.

In order to expand production capacity, based on the completion of investment of 100 million yuan, Micro-Crystal will invest 1 billion in two phases in Nansha in May this year to build a large-scale LED chip base. After the project is put into production, the annual output value will reach more than 2 billion.

It is reported that Guangdong-Hong Kong Science and Technology Cooperation has a solid foundation in Nansha, relying on the Guangzhou Institute of Industrial Technology of the Chinese Academy of Sciences, the Huo Yingdong Research Institute of the Hong Kong University of Science and Technology, and the Modern Industrial Technology Research Institute of the Ministry of Education, and other high-level public innovation service platforms. Establish a sound regional innovation service system.

The person in charge of the Science and Technology Bureau of Nansha District stated that Nansha is taking the opportunity of industrial transformation and upgrading of the Pearl River Delta as an opportunity to integrate Hong Kong scientific and technological achievements into the transformation and transformation network of scientific research achievements in the Pearl River Delta, accelerate the industrialization of major innovation achievements, and better serve the Hong Kong-funded enterprises in the Pearl River Delta. And related industries, to create a demonstration zone for joint innovation of Guangdong and Hong Kong science and technology and a new platform to promote industrial upgrading in the Greater Pearl River Delta region.

Microcrystal is undoubtedly a successful example of cooperation between Guangdong and Hong Kong. Xiao Guowei pointed out the future development of microcrystalline in the LED industry, and also pointed out the direction for Guangdong-Hong Kong technology cooperation.

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Model

NF-Y602

NF-Y702

NF-Y802

Size

lengthÃ—widthÃ—height(mm)

2900Ã—1360Ã—1500

3430Ã—1590Ã—2300

Weight

(Kg)

1700

2200

Minimum Ground Clearance

(mm)

260

410

Engine

Model

3G25TC

YD4CZ70C1

YD4SZ80C1

Form

Electronic injection.vertical.water-cooled.four-stroke

Rated power(kW)

44.1

51.5

58.8

Fuel

Diesel

Rated power(r/min)

2400

Starting method

Electric start

Steering Brake System

Steerig system type

Planetary differential steering

Brake system type

Wet friction steering

Drive Train

Clutch type

Single-chip single-acting

Transmission type

2(mechanical file)+2Ã—2(hydraulic stepless speed change)

Transmission shift model

Gear shift

Walking System

Rack form

Rigid frame type

Track pitch sectionÃ—numberÃ—width

90Ã—46Ã—280

90Ã—50Ã—350

The theoretical speed of each file(km/h)

Forward:mechanical block:4.86; 8.65 Hydraulic block:0-5.75; 0-10.24

Back:0-5.75;0-10.24

Working Device

Lifter type

Semi-split

Tillage depth control

Force adjustment

PTO form

Type1,non-independent

Power output shaft speed(r/min)

624/960

Model

NF-702

NF-802

NF-902

Size

lengthÃ—widthÃ—height(mm)

3690Ã—1500Ã—2400

3690Ã—1650Ã—2560

Weight

(Kg)

2255

2450

Minimum Ground Clearance

(mm)

395

420

Engine

Model

YD4CZ70C1

YD4EZ80C1

YD4EZ90C1

Form

Electronic injection.vertical.water-cooled.four-stroke

Rated power(kW)

51.5

58.8

66.2

Fuel

Diesel

Rated power(r/min)

2400

Tarting method

Electric start

Steering Brake System

Steerig system type

Planetary differential steering

Brake system type

Wet friction steering

Drive System

Clutch type

Single-chip single-acting

Transmission type

Eight forward speed+ reverse gear

Transmission shift model

Gear shift

Walking System

Rack form

Rigid frame type

Track pitch sectionÃ—numberÃ—width

90Ã—51Ã—400

90Ã—56Ã—400

The theoretical speed of each file(km/h)

Ahead:1.22;1.80;2.92; 3.84;5.50;8.08;13.13;17.25

Backward:0.97;1.43;2.32;3.04;4.36;6.41;10.42;13.68

Working Device

Lifter type

Semi-split

Tillage depth control

Force adjustment

PTO form

Type1,non-independent

Power output shaft speed(r/min)

720/1000

PTO shaft spline and the outer diameter mm

8Ã—38

Model

NF-Q502

NF-Q602

NF-Q702

NF-Q802

Size

lengthÃ—widthÃ—height(mm)

3430Ã—1590Ã—2300

Weight

(Kg)

1715

1890

1930

1990

Minimum Ground Clearance

(mm)

395

Engine

Model

YD4C50V1

YD4JZ60C1

YD4CZ70C1

YD4SZ80C1

Form

electronic injection.vertical.water-cooled.four-stroke

Rated power(kW)

36.8

44.1

51.5

58.8

Fuel

diesel

Rated speed(r/min)

2400

Starting method

Electric start

Steering Brake System

Steerig system type

Tooth embedded clutch-braking

brake system type

Wet friction type

Drive System

clutch type

Monolithic single-acting

transmission type

Main transmission (hydraulic stepless speed + mechanical gear)

+auxiliary transmission 2 files

transmission shift model

Gear shift

Walking System

rack form

Rigid frame type

track pitch sectionÃ—numberÃ—width

90Ã—46Ã—350(with side teeth)

90Ã—50Ã—350(with side teeth)

the theoretical speed of each file(km/h)

Hydraulic:high0-9.2;low0-6.2

mechanical:8.2;5.3

Working Device

lifter type

Semi-split type

tillage depth control

Bit adjust(optional force adjust)

PTO form

Type1, non-independent

power output shaft speed(r/min)

620/960

PTO shaft spline and the outer diameter mm

8Ã—38

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